WFT Engineering, Inc.

Delivers comprehensive heating, ventilation, air conditioning, and energy optimization solutions. The practice designs advanced hydronic and direct expansion air distribution systems, central utility plants, and geothermal systems tailored to campus and facility needs.

• HVAC Air-side and Hydronic Distribution

  Designing tailored single-zone, variable air volume, variable refrigerant flow, and chilled beam systems.

• Central Utility Plants and District Systems

  Engineering central heating, cooling, steam, and high-temperature hot water distribution loops.

• Active and Passive Smoke Control

  Designing specialized active smoke management and passive evacuation systems integrated with fire alarm networks.

• Geothermal and geothermal Systems

  Developing geothermal heat pump and thermal well-field solutions for sustainable heating and cooling.

• Building Management Systems Integration

  Providing centralized control system architecture, point lists, and operational sequences.

Provides scalable power and lighting systems for complex facilities. It engineers dependable electrical distribution, backup power systems, and energy-efficient lighting controls.

• Power Distribution Infrastructure

  Designing low- and medium-voltage networks and branch circuits to support varying facility loads.

• Critical and Emergency Power Systems

  Engineering standby generation, uninterruptible power supplies, and inverter plants for continuous operations.

• Interior and Exterior Lighting Design

  Developing high-performance lighting systems integrated with automated controls to reduce energy consumption.

• Renewable Energy and Solar Integration

  Coordinating solar photovoltaic systems and array configurations with distribution networks.

Designs code-compliant, resilient water and waste management systems. The team specializes in complex commercial drainage, specialized pure water systems, and fuel distribution networks.

• Water Distribution and Sanitary Waste

  Designing compliant domestic water, sanitary waste, venting, and specialized acid waste neutralization systems.

• Stormwater Drainage and Rainwater Harvesting

  Engineering conveyance systems and roof-runoff rainwater harvesting networks for non-potable uses.

• Specialized Water Treatment and Purity Systems

  Designing de-ionized and reverse osmosis filtration loops for research and laboratory spaces.

• Fuel and Gas Piping Distribution

  Engineering code-compliant natural gas, laboratory gas, medical gas, and vacuum systems.

• Domestic Heating and Hot Water Systems

  Designing high-performance water heaters, boilers, and recirculation loops.

Ensures buildings are equipped to protect personnel and assets. A licensed fire protection engineer oversees system designs, hazard evaluations, and compliance analyses.

• Fire Suppression and Detection Systems

  Designing custom alarms, sprinkler networks, and special hazard protection systems.

• Life Safety Code Analysis

  Performing detailed code interpretation, egress evaluation, and rational design analysis.

• Inspection and Third-Party Verification

  Developing inspection, testing, and maintenance programs along with providing independent system commissioning.

Conducts thorough site assessments and system evaluations to support property decisions. The practice assists owner representatives, tenants, and landlords prior to lease negotiations.

• Pre-Lease System Evaluations

  Assessing existing base building systems and utility capacities before lease signing.

• Feasibility and Due Diligence Studies

  Providing detailed engineering studies and site analysis for proposed renovations and acquisitions.

Ensures systems are constructed, installed, and verified according to design specifications. The team supports projects from early master planning through construction phase observation.

• Construction Phase Observation

  Providing site observation and reviews to verify equipment and installation quality.

• System Commissioning and Verification

  Testing and documenting building systems to confirm they operate at peak efficiency and design intent.